What does RG316 mean?
RG316/U Coaxial Cable: Small Diameter, Large Fire Resistance. RG316/U designates a special form of coaxial cable. This coax cable has a 50 Ohm impedance (figure 1), making it ideal for data transmission.
What is the difference between RG400 and RG142?
RG400 weighs 50 lbs/MFT which is slightly heavier than RG142, which weighs 43 lbs/MFT. RG400 coax is also more flexible and has a greater resistance to flexing fatigue failure than the RG142 coax. Finally, copper-clad steel is slightly less expensive than copper, so RG142 costs less than RG400.
What is RG214?
The RG214 coax cable is a favored type of coax cable used for high-frequency signal transmissions. It is constructed with a stranded, silver-plated inner conductor, polyethylene dielectric, two silver-plated copper outer conductors, and a PVC jacket.
How many watts can RG400 handle?
Key Specifications
| Key Specifications (Click on Data Sheet Above for Additional Details). | |
|---|---|
| Generic Name | RG400 |
| Power, Max at 1 Ghz. | 600 Watts |
| Frequency, Max | 12.4 GHz |
| Max Operating Temperature | 200 deg C |
Is RG316 a 50 ohm?
RG316 Coaxial Cable Impedance
The characteristic impedance of RG316 coaxial cable is 50 ohms.
How many watts can RG316 handle?
Maximum input power rating -Watts at (MHz)
| RG/U CABLE | 1.0 | 400 |
|---|---|---|
| 55,6A,212 | 4000 | 250 |
| 8 MINI,8X | 4000 | 250 |
| 8,8A,10A,213 | 11000 | 450 |
| 9913,9086,9096 | 450 |
What is RG142 cable used for?
RG142 coax cable features a solid silver-coated copper-clad steel conductor and weighs 43 lbs per 1000 feet. Primary uses for RG142 include radio frequency, telecommunications, interconnects, and signal transfer applications in systems such as GPS, medical systems, and RADAR.
What is RG400 used for?
The RG400 is a high temperature coax cable used in a vast array of military and commercial applications. With a high temperature maximum of 200°C, in line with other coax cables like the RG142 Cable, this allows installation in heat sensitive environments.
What is the difference between RG213 and RG214?
Both cables are able to withstand a high voltage rating of 5000V and have the same impedance, capacitance, and max frequency. The only slight difference between RG214 coax and RG213 coax is the maximum temperature rating; RG214 is rated at 80°C, while RG213 is rated for 75°C.
How many watts can RG214 handle?
Key Specifications
| Key Specifications (Click on Data Sheet Above for Additional Details). | |
|---|---|
| Generic Name | RG214 |
| Power, Max at 1 Ghz. | 170 Watts |
| Frequency, Max | 11 GHz |
| Max Operating Temperature | 80 deg C |
How is DB cable loss calculated?
Here’s the basic formula: If you’re using an antenna, count 3dB for each 100 feet. You can cut that up if you want, like if you’re only using 50 feet of cable that’s 1.5dB because half the cable has half the loss. If you’re using satellite, count 6dB for each 100 feet.
What gauge is RG316?
25AWG
CARLISLEIT COAX CABLE, RG316, FEP, 100M
| Coaxial Cable Type | RG316 |
|---|---|
| Wire Gauge | 25AWG |
| Impedance | 50ohm |
| Reel Length (Imperial) | 328ft |
| Reel Length (Metric) | 100m |
What is the diameter of rg400?
Shield Outer Diameter: 0.156 in. Cable Overall Diameter: 0.195 in. Minimum Bend Radius: 1.0 in. Capacitance: 29.4 pF/ft.
What is the diameter of rg58?
6.15mm
Specifications: Nominal outside diameter : 6.15mm. Inner diameter : 1/0.64mm Capacitance : 68pF/m.
Which is better LMR400 vs RG213?
RG213 is rated for 5000 volts, which is double the voltage rating of LMR400 at 2500 volts. In contrast, LMR400 coax cables are better than RG213 in both loss and power handling, shown by the chart below.
What is RG214 cable used for?
RG214 and RG213 are coaxial cables used for high-frequency signal transmissions. Both of these coax cables are designed for use in telecommunications, radio communications, broadcast, and computer applications.
How do you calculate cable attenuation?
Calculate the attenuation or loss for each frequency using the following equation: Attenuation = K1 multiplied by the square root of F + K2 x F, where F is the frequency in MHZ. The results will be in dB per 100 feet of cable, or “dB/100 feet.” As an example, assume that K1 is 0.444, K2 is 0.00126 and 100 MHZ.
How do you reduce cable loss?
Therefore, there are three ways to lower the resistance in the cable: Shorten the length of the cable, Increase the size of the conductor, Decrease the current through the cable.
What is RG400?
What is RG 400 cable?
RG 400 is a coaxial cable with strands of silver-coated copper wire and with a double silver-plated copper braided shield. The material specification of the outer jacket is classified as Fluorinated Ethylene Propylene (FEP) material.
What is the velocity factor of RG58?
Velocity of Propagation (%): 66.
What is the velocity factor of RG58 coax?
Cable Velocity Factor and Loss Data (per 100 feet)
| TYPE | VF | LOSS @ 400 MHz |
|---|---|---|
| RG-58/U PE (Belden 9201) | 66.0 | 8.4 |
| RG-58A/U Foam (Belden 8219) | 73.0 | 10.0 |
| RG-59A/U PE (Belden 8241) | 66.0 | 7.0 |
| RG-59A/U Foam (Belden 8241F) | 78.0 | 6.6 |
Is LMR-400 good for HF?
LMR-400 is an excellent cable for runs up to 50-70 feet in WiFi and Cellular use, and provides superior performance for HF/UHF/VHF installation up to 250 feet.
What is RG213 cable used for?
How do you calculate attenuation factor?
The attenuation of a circuit is measured by the ratio of output/input. For instance, if the input voltage is 01 volt (10V) and the output voltage is 10 milli-volts (10mV). Then, the amount of attenuation is 10mV/10V is equal to 0.001 or reduced to 1,000th.